国家能源局将开展“人工智能+”能源融合试点

Core Viewpoint - The release of the "Artificial Intelligence + Energy" pilot program by the National Energy Administration marks a significant step towards the systematic integration of artificial intelligence with the energy industry, aiming to address key industry challenges and enhance intelligent development in the sector [1][2][3] Group 1: Pilot Program Objectives - The pilot program focuses on eight major scenarios and 37 key tasks as outlined in the implementation opinions for promoting high-quality development of "Artificial Intelligence + Energy" [1] - It aims to reduce information barriers between energy demand and AI technology supply by collecting high-value application scenarios from energy companies [1][2] - The program encourages collaboration between scenario demanders and technology suppliers to create pilot project proposals, which will be selected by the National Energy Administration for implementation [1][3] Group 2: Characteristics of High-Value Application Scenarios - High-value application scenarios should address long-standing pain points in the industry, such as AI-assisted power system scheduling and intelligent decision-making in coal mining [2] - These scenarios should be in early development stages with significant potential for transformative impacts on the industry [2] - The successful implementation of these scenarios is expected to lead to substantial economic and social benefits, driving the transformation and upgrading of the energy industry [2] Group 3: Expected Outcomes and Innovations - The pilot program is designed to facilitate the flow of data and value extraction within the energy sector, promoting precise application of AI in specific scenarios [3] - It aims to avoid a "one-size-fits-all" approach by encouraging tailored solutions for different pain points across various segments of the energy industry [3] - The initiative will also foster cross-sector collaboration and create a replicable model for AI integration in energy production and consumption [3]